Steel-Rolling Technology: Theory and Practice
by Ginzburg
""This state-of-the-art volume examines steel-rolling technology in a systematic and comprehensive manner--providing an excellent synthesis of current information from three different branches of science--physics, metallurgy, and engineering. ""--Provided by publisher.
Read More ↓Title Statements
- Full title :Steel-Rolling Technology : Theory and Practice / Ginzburg.
Summary
""This state-of-the-art volume examines steel-rolling technology in a systematic and comprehensive manner--providing an excellent synthesis of current information from three different branches of science--physics, metallurgy, and engineering. ""--Provided by publisher.
Read More ↓Edition Statements
- Publication Date:1989.
- Edition:First edition
Publication Statements
- Publisher(s):CRC Press
- Place of Publication:Boca Raton, FL
- Language:eng
- Publication Date:1989.
The Physical Object
- Description:1 online resource : : text file, PDF
Edition Identifiers
- ISBN:9781466593510, 1466593512
- oclc:on1027748178
- LC Classification:TS340.G534 1989
- Dewey Decimal:672.82
Table of Contents
Cover; Half Title; Title Page; Copyright Page; Preface; Contents; PART I: MAIN PROPERTIES AND CLASSIFICATIONS OF STEELS AND ALLOYS; 1 The Crystalline Structure of Metals; 1.1 SPACE LATTICES; 1.2 LATTICE CONSTANT; 1.3 METALLIC BOND; 1.4 ALLOTROPIC CHANGES; 1.5 ATOMIC PLAN""ES; 1.6 CRYSTALLOGRAPHIC ANISOTROPY; 1.7 COOLING CURVE; 1.8 METALLIC DENDRITE; 1.9 DENDRITE GROWTH; 1.10 CRYSTAL BOUNDARY; 1.11 GRAIN SHAPE AND SIZE; 1.12 ASTM GRAIN SIZE; 1.13 PHASES IN METALS; 1.14 INTERMETALLIC COMPOUNDS; 1.15 SOLID SOLUTIONS; REFERENCES; 2 Physical Properties of Metals; 2.1 THREE KINDS OF STRESS
2.2 ENGINEERING STRESS AND TRUE STRESS2.3 ENGINEERING STRAIN AND TRUE STRAIN; 2.4 ENGINEERING STRESS-STRAIN DIAGRAMS; 2.5 TRUE STRESS-STRAIN DIAGRAMS; 2.6 IDEALIZED STRESS-STRAIN DIAGRAMS; 2.7 DERIVATIVE TYPES OF STRESS; 2.8 DUCTILITY; 2.9 STRAIN RATE; 2.10 COMPRESSION TEST; 2.11 TORSION TEST; 2.12 COMBINED DEFORMATION TESTS; 2.13 HARDNESS TESTS; 2.14 HARDNESS VERSUS STRENGTH; 2.15 HARDENABILITY TEST; 2.16 DYNAMIC IMPACT TEST; 2.17 TOUGHNESS; 2.18 HEAT RESISTANCE; 2.19 THERIVIAL CONDUCTIVITY; 2.20 SPECIFIC HEAT; 2.21 DENSITY; 2.22 THERMAL DIFFUSIVITY; 2.23 THERMAL EMISSIVITY
2.24 THERMAL EXPANSION2.…
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